402F25022IAT

Crystals play an integral part in the operation of many technological devices and systems. They are used to provide the reliable and accurate electrical outputs needed for electromechanical and electronic circuits. One such crystal is the 402F25022IAT, which is used specifically for precision applications.

The 402F25022IAT is a quartz crystal resonator, used to provide a highly precise frequency output. It is a frequency-selective device that works by resonating a quartz crystal inside a capsule. The combination of the crystal and the capsule forms an oscillator circuit, which can be tuned to a particular frequency using an external capacitor. This allows it to provide a very accurate frequency output.

The 402F25022IAT is used where a significant amount of precision is needed. It is commonly found in telecommunications and avionic applications, where timing and accuracy are essential. It is also used extensively in medical imaging applications, as well as control systems, robotics and other types of industrial automation.

The 402F25022IAT has a wide range of features, designed to ensure that it can meet the needs of its application. These features include an extremely low temperature coefficient, an wide frequency range, a long-term stability and a high-level of accuracy and reliability. It also has a very low total harmonic distortion and a high shock resistance, making it suitable for a variety of applications.

The most important thing to consider when using the 402F25022IAT is the tuning parameters. It is important to tune the crystal to the desired frequency in order to ensure the best possible performance. This can be done using a capacitive load, as well as other external components, such as inductors and resistors. It is also important to remember to adjust the oscillator circuit\'s damping in order to maintain the accuracy of the output.

The 402F25022IAT is an extremely reliable and accurate crystal resonator, capable of providing a high-precision frequency output. It is used in a wide range of applications, including telecommunications, avionics, medical imaging and industrial automation, where accuracy, timing and reliability are paramount.